Mplus VERSION 8.2
MUTHEN & MUTHEN
04/29/2022   2:49 AM

INPUT INSTRUCTIONS

  TITLE:  Dual Citizenship and Tolerance SEM - Removing Host Country Loyalty from the model
  DATA:
    FILE IS "Tolerance2021.dat";

  VARIABLE:
    names are NUM GSL LFT LFTCAT OPL OPL_CAT INTTIME V001
    V002 V004 V013_1 V013_2 V013_3 V013_4 V013_5 V014_1
    V014_2 V014_3 V014_4 V014_5 V014_6 Time_sec Time_min
    weight yyyymmdd GSL_R CC_1 CC_2 V051 Dum_1 Dum_2 Emo_Inst;

    USEVARIABLES ARE
  !  V013_1 V013_2 V013_4 V013_5
    V013_2 V013_5
    V014_1 V014_2 V014_3 V014_4 V014_5 V014_6
    CC_1 CC_2;

    WEIGHT IS weight;

    MISSING = ALL (99);

  ANALYSIS:
    TYPE = general;
    ESTIMATOR IS MLR;

  MODEL:

  !L_HC by V013_1 V013_4;
  L_OC by V013_2 V013_5;
  PolTol by V014_1 V014_2 V014_3 V014_4 V014_5 V014_6;
  V014_5 with V014_6;
  V014_3 with V014_4;

  PolTol on CC_1 CC_2 L_OC;! L_HC;

  !L_HC on CC_1 CC_2;
  L_OC on CC_1 CC_2;

  !L_HC with L_OC; !let mediators covary

  Model indirect:
  PolTol IND CC_1;

  OUTPUT: stdyx;sampstat;cinterval;

  !In the output, fit indices can be found under MODEL FIT INFORMATION,
  !standardized path coefficients can be found under STANDARDIZED MODEL RESULTS,
  !indirect effects can be found under STANDARDIZED TOTAL, TOTAL INDIRECT, SPECIFIC INDIRECT
  !confidence intervals are found at the end of the output.



*** WARNING
  Input line exceeded 90 characters. Some input may be truncated.
  !indirect effects can be found under STANDARDIZED TOTAL, TOTAL INDIRECT, SPECIFIC INDIRECT,
   1 WARNING(S) FOUND IN THE INPUT INSTRUCTIONS



Dual Citizenship and Tolerance SEM - Removing Host Country Loyalty from the model

SUMMARY OF ANALYSIS

Number of groups                                                 1
Number of observations                                         427

Number of dependent variables                                    8
Number of independent variables                                  2
Number of continuous latent variables                            2

Observed dependent variables

  Continuous
   V013_2      V013_5      V014_1      V014_2      V014_3      V014_4
   V014_5      V014_6

Observed independent variables
   CC_1        CC_2

Continuous latent variables
   L_OC        POLTOL

Variables with special functions

  Weight variable       WEIGHT

Estimator                                                      MLR
Information matrix                                        OBSERVED
Maximum number of iterations                                  1000
Convergence criterion                                    0.500D-04
Maximum number of steepest descent iterations                   20
Maximum number of iterations for H1                           2000
Convergence criterion for H1                             0.100D-03

Input data file(s)
  Tolerance2021.dat

Input data format  FREE


SUMMARY OF DATA

     Number of missing data patterns             1


COVARIANCE COVERAGE OF DATA

Minimum covariance coverage value   0.100


     PROPORTION OF DATA PRESENT


           Covariance Coverage
              V013_2        V013_5        V014_1        V014_2        V014_3
              ________      ________      ________      ________      ________
 V013_2         1.000
 V013_5         1.000         1.000
 V014_1         1.000         1.000         1.000
 V014_2         1.000         1.000         1.000         1.000
 V014_3         1.000         1.000         1.000         1.000         1.000
 V014_4         1.000         1.000         1.000         1.000         1.000
 V014_5         1.000         1.000         1.000         1.000         1.000
 V014_6         1.000         1.000         1.000         1.000         1.000
 CC_1           1.000         1.000         1.000         1.000         1.000
 CC_2           1.000         1.000         1.000         1.000         1.000


           Covariance Coverage
              V014_4        V014_5        V014_6        CC_1          CC_2
              ________      ________      ________      ________      ________
 V014_4         1.000
 V014_5         1.000         1.000
 V014_6         1.000         1.000         1.000
 CC_1           1.000         1.000         1.000         1.000
 CC_2           1.000         1.000         1.000         1.000         1.000


SAMPLE STATISTICS


     ESTIMATED SAMPLE STATISTICS


           Means
              V013_2        V013_5        V014_1        V014_2        V014_3
              ________      ________      ________      ________      ________
                5.422         5.037         4.599         4.840         4.690


           Means
              V014_4        V014_5        V014_6        CC_1          CC_2
              ________      ________      ________      ________      ________
                4.552         3.781         4.072         0.003        -0.014


           Covariances
              V013_2        V013_5        V014_1        V014_2        V014_3
              ________      ________      ________      ________      ________
 V013_2         1.379
 V013_5         0.897         1.593
 V014_1        -0.112        -0.134         2.894
 V014_2         0.069        -0.075         2.164         2.396
 V014_3         0.025        -0.032         2.328         2.080         2.679
 V014_4        -0.236        -0.284         2.245         1.983         1.936
 V014_5        -0.438        -0.487         2.047         1.697         1.701
 V014_6        -0.320        -0.434         2.058         1.755         1.818
 CC_1          -0.087        -0.098         0.013         0.009         0.006
 CC_2           0.010        -0.008        -0.074        -0.070        -0.051


           Covariances
              V014_4        V014_5        V014_6        CC_1          CC_2
              ________      ________      ________      ________      ________
 V014_4         2.905
 V014_5         2.331         3.427
 V014_6         2.353         2.878         3.230
 CC_1           0.020         0.050         0.045         0.222
 CC_2          -0.056        -0.008        -0.022         0.005         0.166


           Correlations
              V013_2        V013_5        V014_1        V014_2        V014_3
              ________      ________      ________      ________      ________
 V013_2         1.000
 V013_5         0.605         1.000
 V014_1        -0.056        -0.062         1.000
 V014_2         0.038        -0.039         0.822         1.000
 V014_3         0.013        -0.015         0.836         0.821         1.000
 V014_4        -0.118        -0.132         0.774         0.752         0.694
 V014_5        -0.201        -0.208         0.650         0.592         0.561
 V014_6        -0.152        -0.191         0.673         0.631         0.618
 CC_1          -0.157        -0.165         0.016         0.012         0.008
 CC_2           0.020        -0.015        -0.107        -0.111        -0.077


           Correlations
              V014_4        V014_5        V014_6        CC_1          CC_2
              ________      ________      ________      ________      ________
 V014_4         1.000
 V014_5         0.739         1.000
 V014_6         0.768         0.865         1.000
 CC_1           0.024         0.057         0.053         1.000
 CC_2          -0.080        -0.011        -0.030         0.024         1.000


     MAXIMUM LOG-LIKELIHOOD VALUE FOR THE UNRESTRICTED (H1) MODEL IS -5484.103


UNIVARIATE SAMPLE STATISTICS


     UNIVARIATE HIGHER-ORDER MOMENT DESCRIPTIVE STATISTICS

         Variable/         Mean/     Skewness/   Minimum/ % with                Percentiles
        Sample Size      Variance    Kurtosis    Maximum  Min/Max      20%/60%    40%/80%    Median

     V013_2                5.422      -0.352       2.000    0.47%       4.000      5.000      5.000
             427.000       1.379      -0.579       7.000   22.72%       6.000      7.000
     V013_5                5.037      -0.152       1.000    0.47%       4.000      5.000      5.000
             427.000       1.593      -0.423       7.000   15.93%       5.000      6.000
     V014_1                4.599      -0.369       1.000    6.09%       3.000      4.000      5.000
             427.000       2.894      -0.566       7.000   17.33%       5.000      6.000
     V014_2                4.840      -0.428       1.000    3.75%       4.000      4.000      5.000
             427.000       2.396      -0.168       7.000   19.20%       5.000      6.000
     V014_3                4.690      -0.362       1.000    5.39%       4.000      4.000      5.000
             427.000       2.679      -0.408       7.000   18.74%       5.000      6.000
     V014_4                4.552      -0.376       1.000    7.03%       3.000      4.000      5.000
             427.000       2.905      -0.535       7.000   15.69%       5.000      6.000
     V014_5                3.781       0.060       1.000   16.16%       2.000      3.000      4.000
             427.000       3.427      -0.962       7.000    9.60%       4.000      5.000
     V014_6                4.072      -0.090       1.000   11.94%       2.000      4.000      4.000
             427.000       3.230      -0.826       7.000   11.48%       4.000      6.000
     CC_1                  0.003       0.707      -0.330   66.04%      -0.330     -0.330     -0.330
             427.000       0.222      -1.500       0.670   33.96%      -0.330      0.670
     CC_2                 -0.014       0.050      -0.500   34.66%      -0.500      0.000      0.000
             427.000       0.166      -1.497       0.500   31.38%       0.000      0.500


THE MODEL ESTIMATION TERMINATED NORMALLY



MODEL FIT INFORMATION

Number of Free Parameters                       31

Loglikelihood

          H0 Value                       -5049.875
          H0 Scaling Correction Factor      1.4548
            for MLR
          H1 Value                       -4976.348
          H1 Scaling Correction Factor      1.4089
            for MLR

Information Criteria

          Akaike (AIC)                   10161.750
          Bayesian (BIC)                 10287.510
          Sample-Size Adjusted BIC       10189.135
            (n* = (n + 2) / 24)

Chi-Square Test of Model Fit

          Value                            108.142*
          Degrees of Freedom                    29
          P-Value                           0.0000
          Scaling Correction Factor         1.3598
            for MLR

*   The chi-square value for MLM, MLMV, MLR, ULSMV, WLSM and WLSMV cannot be used
    for chi-square difference testing in the regular way.  MLM, MLR and WLSM
    chi-square difference testing is described on the Mplus website.  MLMV, WLSMV,
    and ULSMV difference testing is done using the DIFFTEST option.

RMSEA (Root Mean Square Error Of Approximation)

          Estimate                           0.080
          90 Percent C.I.                    0.064  0.096
          Probability RMSEA <= .05           0.001

CFI/TLI

          CFI                                0.954
          TLI                                0.931

Chi-Square Test of Model Fit for the Baseline Model

          Value                           1772.157
          Degrees of Freedom                    44
          P-Value                           0.0000

SRMR (Standardized Root Mean Square Residual)

          Value                              0.051



MODEL RESULTS

                                                    Two-Tailed
                    Estimate       S.E.  Est./S.E.    P-Value

 L_OC     BY
    V013_2             1.000      0.000    999.000    999.000
    V013_5             1.205      0.360      3.345      0.001

 POLTOL   BY
    V014_1             1.000      0.000    999.000    999.000
    V014_2             0.886      0.030     29.415      0.000
    V014_3             0.959      0.031     30.680      0.000
    V014_4             0.965      0.035     27.961      0.000
    V014_5             0.851      0.041     20.513      0.000
    V014_6             0.877      0.044     20.060      0.000

 POLTOL   ON
    L_OC              -0.155      0.125     -1.242      0.214

 POLTOL   ON
    CC_1               0.014      0.170      0.085      0.933
    CC_2              -0.364      0.198     -1.845      0.065

 L_OC     ON
    CC_1              -0.375      0.136     -2.760      0.006
    CC_2               0.006      0.125      0.046      0.964

 V014_5   WITH
    V014_6             1.093      0.140      7.783      0.000

 V014_3   WITH
    V014_4            -0.277      0.060     -4.620      0.000

 Intercepts
    V013_2             5.423      0.058     94.084      0.000
    V013_5             5.039      0.063     80.097      0.000
    V014_1             4.594      0.085     54.257      0.000
    V014_2             4.835      0.078     62.167      0.000
    V014_3             4.685      0.082     57.322      0.000
    V014_4             4.547      0.085     53.257      0.000
    V014_5             3.776      0.093     40.781      0.000
    V014_6             4.068      0.090     45.066      0.000

 Residual Variances
    V013_2             0.635      0.224      2.836      0.005
    V013_5             0.512      0.318      1.611      0.107
    V014_1             0.502      0.077      6.508      0.000
    V014_2             0.516      0.070      7.349      0.000
    V014_3             0.479      0.064      7.465      0.000
    V014_4             0.677      0.123      5.520      0.000
    V014_5             1.696      0.154     11.037      0.000
    V014_6             1.391      0.157      8.833      0.000
    L_OC               0.713      0.221      3.221      0.001
    POLTOL             2.352      0.167     14.103      0.000


STANDARDIZED MODEL RESULTS


STDYX Standardization

                                                    Two-Tailed
                    Estimate       S.E.  Est./S.E.    P-Value

 L_OC     BY
    V013_2             0.735      0.111      6.598      0.000
    V013_5             0.824      0.121      6.781      0.000

 POLTOL   BY
    V014_1             0.909      0.014     63.960      0.000
    V014_2             0.886      0.018     48.824      0.000
    V014_3             0.906      0.014     62.724      0.000
    V014_4             0.876      0.024     36.349      0.000
    V014_5             0.711      0.031     22.634      0.000
    V014_6             0.755      0.032     23.417      0.000

 POLTOL   ON
    L_OC              -0.086      0.066     -1.314      0.189

 POLTOL   ON
    CC_1               0.004      0.052      0.085      0.933
    CC_2              -0.096      0.052     -1.849      0.064

 L_OC     ON
    CC_1              -0.205      0.058     -3.517      0.000
    CC_2               0.003      0.059      0.046      0.963

 V014_5   WITH
    V014_6             0.712      0.045     15.788      0.000

 V014_3   WITH
    V014_4            -0.487      0.111     -4.398      0.000

 Intercepts
    V013_2             4.618      0.160     28.783      0.000
    V013_5             3.992      0.143     27.948      0.000
    V014_1             2.700      0.109     24.779      0.000
    V014_2             3.124      0.134     23.315      0.000
    V014_3             2.863      0.117     24.539      0.000
    V014_4             2.668      0.109     24.390      0.000
    V014_5             2.040      0.070     29.156      0.000
    V014_6             2.263      0.083     27.251      0.000

 Residual Variances
    V013_2             0.460      0.164      2.814      0.005
    V013_5             0.322      0.200      1.607      0.108
    V014_1             0.173      0.026      6.709      0.000
    V014_2             0.216      0.032      6.706      0.000
    V014_3             0.179      0.026      6.822      0.000
    V014_4             0.233      0.042      5.526      0.000
    V014_5             0.495      0.045     11.089      0.000
    V014_6             0.431      0.049      8.851      0.000
    L_OC               0.958      0.024     40.148      0.000
    POLTOL             0.983      0.015     65.219      0.000


R-SQUARE

    Observed                                        Two-Tailed
    Variable        Estimate       S.E.  Est./S.E.    P-Value

    V013_2             0.540      0.164      3.299      0.001
    V013_5             0.678      0.200      3.390      0.001
    V014_1             0.827      0.026     31.980      0.000
    V014_2             0.784      0.032     24.412      0.000
    V014_3             0.821      0.026     31.362      0.000
    V014_4             0.767      0.042     18.174      0.000
    V014_5             0.505      0.045     11.317      0.000
    V014_6             0.569      0.049     11.709      0.000

     Latent                                         Two-Tailed
    Variable        Estimate       S.E.  Est./S.E.    P-Value

    L_OC               0.042      0.024      1.761      0.078
    POLTOL             0.017      0.015      1.116      0.265


QUALITY OF NUMERICAL RESULTS

     Condition Number for the Information Matrix              0.667E-03
       (ratio of smallest to largest eigenvalue)


TOTAL, TOTAL INDIRECT, SPECIFIC INDIRECT, AND DIRECT EFFECTS


                                                    Two-Tailed
                    Estimate       S.E.  Est./S.E.    P-Value

Effects from CC_1 to POLTOL

  Total                0.072      0.165      0.439      0.661
  Total indirect       0.058      0.047      1.241      0.215

  Specific indirect

    POLTOL
    L_OC
    CC_1               0.058      0.047      1.241      0.215

  Direct
    POLTOL
    CC_1               0.014      0.170      0.085      0.933



STANDARDIZED TOTAL, TOTAL INDIRECT, SPECIFIC INDIRECT, AND DIRECT EFFECTS


STDYX Standardization

                                                    Two-Tailed
                    Estimate       S.E.  Est./S.E.    P-Value

Effects from CC_1 to POLTOL

  Total                0.022      0.050      0.439      0.661
  Total indirect       0.018      0.014      1.251      0.211

  Specific indirect

    POLTOL
    L_OC
    CC_1               0.018      0.014      1.251      0.211

  Direct
    POLTOL
    CC_1               0.004      0.052      0.085      0.933




CONFIDENCE INTERVALS OF MODEL RESULTS

                  Lower .5%  Lower 2.5%    Lower 5%    Estimate    Upper 5%  Upper 2.5%   Upper .5%

 L_OC     BY
    V013_2           1.000       1.000       1.000       1.000       1.000       1.000       1.000
    V013_5           0.277       0.499       0.612       1.205       1.798       1.911       2.133

 POLTOL   BY
    V014_1           1.000       1.000       1.000       1.000       1.000       1.000       1.000
    V014_2           0.809       0.827       0.837       0.886       0.936       0.945       0.964
    V014_3           0.878       0.898       0.908       0.959       1.010       1.020       1.039
    V014_4           0.876       0.897       0.908       0.965       1.022       1.033       1.054
    V014_5           0.744       0.769       0.782       0.851       0.919       0.932       0.957
    V014_6           0.764       0.791       0.805       0.877       0.949       0.963       0.989

 POLTOL   ON
    L_OC            -0.476      -0.399      -0.360      -0.155       0.050       0.090       0.166

 POLTOL   ON
    CC_1            -0.424      -0.319      -0.266       0.014       0.294       0.348       0.453
    CC_2            -0.873      -0.752      -0.689      -0.364      -0.040       0.023       0.144

 L_OC     ON
    CC_1            -0.726      -0.642      -0.599      -0.375      -0.152      -0.109      -0.025
    CC_2            -0.315      -0.239      -0.199       0.006       0.211       0.250       0.327

 V014_5   WITH
    V014_6           0.731       0.818       0.862       1.093       1.324       1.369       1.455

 V014_3   WITH
    V014_4          -0.432      -0.395      -0.376      -0.277      -0.179      -0.160      -0.123

 Intercepts
    V013_2           5.275       5.310       5.328       5.423       5.518       5.536       5.572
    V013_5           4.877       4.916       4.936       5.039       5.142       5.162       5.201
    V014_1           4.376       4.428       4.455       4.594       4.733       4.760       4.812
    V014_2           4.635       4.683       4.707       4.835       4.963       4.988       5.036
    V014_3           4.475       4.525       4.551       4.685       4.820       4.845       4.896
    V014_4           4.327       4.380       4.406       4.547       4.687       4.714       4.767
    V014_5           3.538       3.595       3.624       3.776       3.928       3.958       4.015
    V014_6           3.835       3.891       3.919       4.068       4.216       4.244       4.300

 Residual Variances
    V013_2           0.058       0.196       0.267       0.635       1.003       1.073       1.211
    V013_5          -0.307      -0.111      -0.011       0.512       1.036       1.136       1.332
    V014_1           0.303       0.351       0.375       0.502       0.629       0.653       0.700
    V014_2           0.335       0.379       0.401       0.516       0.632       0.654       0.697
    V014_3           0.313       0.353       0.373       0.479       0.584       0.604       0.644
    V014_4           0.361       0.437       0.475       0.677       0.879       0.918       0.993
    V014_5           1.300       1.395       1.443       1.696       1.949       1.998       2.092
    V014_6           0.985       1.082       1.132       1.391       1.650       1.699       1.796
    L_OC             0.143       0.279       0.349       0.713       1.077       1.147       1.283
    POLTOL           1.922       2.025       2.078       2.352       2.626       2.679       2.782


CONFIDENCE INTERVALS OF STANDARDIZED MODEL RESULTS


STDYX Standardization

                  Lower .5%  Lower 2.5%    Lower 5%    Estimate    Upper 5%  Upper 2.5%   Upper .5%

 L_OC     BY
    V013_2           0.448       0.516       0.552       0.735       0.918       0.953       1.021
    V013_5           0.511       0.586       0.624       0.824       1.023       1.062       1.137

 POLTOL   BY
    V014_1           0.873       0.881       0.886       0.909       0.933       0.937       0.946
    V014_2           0.839       0.850       0.856       0.886       0.916       0.921       0.932
    V014_3           0.869       0.878       0.883       0.906       0.930       0.935       0.943
    V014_4           0.814       0.828       0.836       0.876       0.915       0.923       0.938
    V014_5           0.630       0.649       0.659       0.711       0.762       0.772       0.792
    V014_6           0.672       0.691       0.702       0.755       0.808       0.818       0.838

 POLTOL   ON
    L_OC            -0.256      -0.215      -0.194      -0.086       0.022       0.042       0.083

 POLTOL   ON
    CC_1            -0.129      -0.097      -0.081       0.004       0.090       0.106       0.138
    CC_2            -0.230      -0.198      -0.182      -0.096      -0.011       0.006       0.038

 L_OC     ON
    CC_1            -0.355      -0.319      -0.301      -0.205      -0.109      -0.091      -0.055
    CC_2            -0.149      -0.113      -0.094       0.003       0.099       0.118       0.154

 V014_5   WITH
    V014_6           0.596       0.623       0.638       0.712       0.786       0.800       0.828

 V014_3   WITH
    V014_4          -0.772      -0.704      -0.669      -0.487      -0.305      -0.270      -0.202

 Intercepts
    V013_2           4.205       4.304       4.354       4.618       4.882       4.933       5.031
    V013_5           3.624       3.712       3.757       3.992       4.227       4.272       4.360
    V014_1           2.420       2.487       2.521       2.700       2.880       2.914       2.981
    V014_2           2.779       2.861       2.903       3.124       3.344       3.386       3.469
    V014_3           2.562       2.634       2.671       2.863       3.055       3.091       3.163
    V014_4           2.386       2.453       2.488       2.668       2.848       2.882       2.950
    V014_5           1.859       1.903       1.925       2.040       2.155       2.177       2.220
    V014_6           2.049       2.100       2.127       2.263       2.400       2.426       2.477

 Residual Variances
    V013_2           0.039       0.140       0.191       0.460       0.729       0.781       0.882
    V013_5          -0.194      -0.071      -0.008       0.322       0.651       0.714       0.837
    V014_1           0.107       0.123       0.131       0.173       0.216       0.224       0.240
    V014_2           0.133       0.153       0.163       0.216       0.268       0.278       0.298
    V014_3           0.111       0.127       0.136       0.179       0.222       0.230       0.246
    V014_4           0.124       0.150       0.164       0.233       0.303       0.316       0.342
    V014_5           0.380       0.407       0.421       0.495       0.568       0.582       0.610
    V014_6           0.305       0.335       0.351       0.431       0.511       0.526       0.556
    L_OC             0.897       0.911       0.919       0.958       0.997       1.005       1.019
    POLTOL           0.944       0.954       0.958       0.983       1.008       1.013       1.022


CONFIDENCE INTERVALS OF TOTAL, TOTAL INDIRECT, SPECIFIC INDIRECT, AND DIRECT EFFECTS


                  Lower .5%  Lower 2.5%    Lower 5%    Estimate    Upper 5%  Upper 2.5%   Upper .5%

Effects from CC_1 to POLTOL

  Total             -0.353      -0.251      -0.199       0.072       0.344       0.396       0.498
  Total indirect    -0.062      -0.034      -0.019       0.058       0.135       0.150       0.179

  Specific indirect

    POLTOL
    L_OC
    CC_1            -0.062      -0.034      -0.019       0.058       0.135       0.150       0.179

  Direct
    POLTOL
    CC_1            -0.424      -0.319      -0.266       0.014       0.294       0.348       0.453



CONFIDENCE INTERVALS OF STANDARDIZED TOTAL, TOTAL INDIRECT, SPECIFIC INDIRECT, AND DIRECT EFFECTS


STDYX Standardization

                  Lower .5%  Lower 2.5%    Lower 5%    Estimate    Upper 5%  Upper 2.5%   Upper .5%

Effects from CC_1 to POLTOL

  Total             -0.108      -0.077      -0.061       0.022       0.105       0.121       0.152
  Total indirect    -0.019      -0.010      -0.006       0.018       0.041       0.045       0.054

  Specific indirect

    POLTOL
    L_OC
    CC_1            -0.019      -0.010      -0.006       0.018       0.041       0.045       0.054

  Direct
    POLTOL
    CC_1            -0.129      -0.097      -0.081       0.004       0.090       0.106       0.138




DIAGRAM INFORMATION

  Use View Diagram under the Diagram menu in the Mplus Editor to view the diagram.
  If running Mplus from the Mplus Diagrammer, the diagram opens automatically.

  Diagram output
    c:\users\jessie\desktop\post doc uc\verkuyten projects\dual citizenship and tolerance project\final\dc_tol_sem_remov

     Beginning Time:  02:49:41
        Ending Time:  02:49:42
       Elapsed Time:  00:00:01



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